苄基氯，氯化苄，氯苄

氯化苄；[有化]苄基氯

benzyl chlorides───氯化苄；[有化]苄基氯

benzal chloride───[有化]苄叉二氯；二氯甲基苯

benzyl dichloride───二氯苄

benzal chlorides───[有化]苄叉二氯；二氯甲基苯

benzyl fluoride───苄基氟化物

ethyl chloride───氯乙烷

methyl chloride───氯甲烷；[有化]甲基氯

vinyl chloride───[有化]氯乙烯；[有化]氯化乙烯

benzotrichloride───n.三氯甲苯；[有化]苄川三氯

The yield of benzyl chloride based on toluene was 92 % under proper conditions.───在适宜条件下,甲苯生成氯化苄的收率可达92%.

DNA filamentous fungi could be provided by the modified with benzyl chloride.───本文采用改进的氯化苄法,得到的DNA质量好、产量高,可以直接用于后续的基因操作.

The better ATRP of acrylamide is investigated with 2 - chloride propionamide instead of benzyl chloride as initiators.───采用 2- 氯丙酰胺作为引发剂比氯化苄可更有效地引发丙烯酰胺的水溶液聚合.

Benzyl chloride and isobutylaldehyde were transformed into muguet alcohol through phase-transfer reaction and catalytic hydrogenation.───苄和异丁醛经相转移反应及催化加氢的方法得铃兰醇。

The Benzyl acetate was prepared from benzyl chloride and sodium acetate by phase transfer catalysis.───实验以氯化苄、醋酸钠为原料,研究了在相转移催化剂的存在下,一步反应制得乙酸苄酯的合成工艺.

The carbonylation of benzyl chloride to phenylacetic acid catalyzed by carbonyl cobalt is discussed in great detail.───在此基础上对羰基钴在催化羰化反应领域的应用作了展望。

production principles, production methods and progress of benzyl chloride are introduced.───介绍氯化苄生产的原理、方法和技术进展。

Using hydroquinone and benzyl chloride as raw materials, N, N-dimethyl formamide(DMF) as solvent, hydroquinone monobenzyl ether was synthesized by microwave radiation.

The focal development of benzyl chloride carbonylation on synthesis process and phenylacetic ester on downstreams products was put forward, and the export of phenylacetate should be expanded.

This article analysis the principle of the benzyl chloride polymerism and it' s cause and introduces the effect of composite stabilizer W102 in preventing benzyl chloride polymerization.

Benzyl chloride and isobutylaldehyde were transformed into muguet alcohol through phase-transfer reaction and catalytic hydrogenation.

With sodium cinnamate and benzyl chloride as raw material, diethylamine as catalyst, benzyl cinnamate was synthesized directly under normal pressure and microwave irradiation.

Using phenol and benzyl chloride as raw materials and N, N-dimethyl formamide(DMF) as solvent, benzyl phenyl ether was synthesized under microwave radiation.

Using benzyl chloride and chlorine as starting materials, benzal chloride is prepared through photo-chlorination in loop reactor.

The Benzyl acetate was prepared from benzyl chloride and sodium acetate by phase transfer catalysis.

Benotrichloride, benzyl chloride, chloroform, chloromethane, chlorobenzene, 1,4-dichlorobenzene, hexachlorobenzene, pentachlorobenzene, 1,2,4,5-tetrachloroethylene, toluene, carbon tetrachloride.